the Maglev的例句大全

The principles of propulsive and braking systems of German maglev vehicle TR07, as well as motor design parameters and power supply technique are discussed.

论述了德国磁悬浮列车TR07推进和制动系统的工作原理、电机设计参数及供电技术。

The Method of PLC Diagnosis on Maglev Train

磁悬浮列车PLC故障自诊断方法研究

This review highlights the differences between the aerodynamics of high-speed trains and other types of transportation vehicles. The emphasis is on modern, high-speed trains, including magnetic levitation ( Maglev) trains.

着重描述了高速列车与其它交通工具在空气动力学方面的差异，重点在包括磁悬浮列车（Maglev）在内的现代高速列车。

Calculation of the electromagnetic resistance for EMS Maglev train

EMS型磁悬浮列车运行阻力计算

Aiming at the characteristics of nonlinearity, hysteresis and uncertain model in EMS ( electromagnet suspension system) of maglev vehicle, parameter self-tuning fuzzy PID algorithm is adopted to satisfy the requirements of static and dynamic performance in this paper.

针对EMS型磁悬浮列车悬浮系统的非线性、迟滞性及模型不确定的特点，本文采用了模糊自适应整定PID控制技术来满足其对动态和静态性能的要求。

Analysis of the Reliabilities of Traction System in Maglev Train with FTA Method

基于FTA的磁悬浮列车牵引系统可靠性分析

The paper presents the design of a maglev train's run data recorder based on the CF card by making research on the control structure of the CMS-3 maglev train, thus solving the problem of run data acquisition for a ground data analysis system.

在研究CMS-3磁悬浮列车控制结构的基础上，提出了基于CF卡的列车运行数据记录器设计方案，从而解决了地面分析系统的数据获取问题。

China's first low-speed maglev line, Line S1, is also included in the project.

其中的S1线是中国第一条低速磁悬浮列车。

This paper, based on the finite element computa-tion by using a dynamic model coupled with the equations of external electric circuits, analyzes the transient magnetic field distribution and the corresponding engineering parameters of EMS maglev vehicle.

该文基于有限元数值计算的场路耦合的动态数学模型，分析了EMS型磁悬浮列车电磁系统动态电磁场分布及其相应工程参数。

To study the dynamic uncoupling capacity of the elastic suspension chassis when the multi-controllers were simultaneity running, the model of the high speed EMS maglev system was established which has several cascade PID controllers and the dynamic response of this model was analyzed.

通过建立带有多个悬浮控制器的高速磁悬浮列车系统模型并对其进行动态响应分析，研究多个串级PID控制器协同工作条件下弹性悬浮架的动态解耦性能是否满足系统稳定要求。

: This paper introduces the method of malfunction diagnosis on PLC network, and gives the example of running control system on maglev train.

文章介绍了PLC网络故障诊断的方法，并给出了磁悬浮列车运行控制系统PLC网络故障诊断的实例。

The characteristics of nonlinearity of the suspension system in maglev train are analyzed. Starting from improvement of the anti-interference and loading capacity for the suspension system, a status feedback controller is designed by use of nonlinear H ∞ control theory.

分析了磁悬浮列车悬浮系统模型的非线性特点，从增强悬浮系统的抗干扰能力和承载能力出发，利用非线性H∞控制理论，设计了状态反馈控制器；

The multi serial asynchronous communication system in maglev vehicle extended UART chip in DSP parallel bus, adopted RS-485 bus for serial communication and realized asynchronous data transmission by using hardware.

磁悬浮列车的多路串行异步通信系统，在DSP并行总线上扩展UART芯片，采用RS-485总线串行通信，并以硬件实现异步数据传输。

Further study on Long Stator Linear Synchronous Motor used in the EMS maglev vehicle is presented in this thesis.

本文的研究对象是EMS型磁悬浮列车所用的长定子同步直线电机。

maglev persistence is akin to image persistence, i. e. objects are persisted to disk in the same format they are in shared cache.

MagLev的持久化类似影像持久化（ImagePersistence），即对象持久化到磁盘的格式和它们在共享缓存里面的一样。

Maglev technology has the advantages of no friction, no lubrication, no wear, no noise, long service life etc, so it is quite suitable for the precision machining below the micron level.

磁悬浮技术具有无摩擦、无润滑、无磨损、运行无噪声、寿命长等特点。这种运动方式适合于微米级以下的精密加工。

In addition, we also found that, the drag-to-lift ratio of levitated body is small, and this is beneficial for the application the HTS MagLev in the high-speed field.

此外，研究中还发现，悬浮体的阻浮比很小，这对高温超导磁悬浮技术应用于速度较高的领域是非常有利的。

So, I've been thinking about the hover boards, and maybe there's a way we could use maglev technology.

我在考虑着配电板的问题，也许我们可以利用磁悬浮技术。

With the growth of demand for high speed in industrial production and human life, maglev technology has become the focus in the academic circle.

伴随着现代社会工业生产与人类生活对运动载体高速化需求的不断增长，磁悬浮技术渐渐成为了世界的研究热点之一。

the authors have developed a new method of measuring thrust and vertical force of lim based on maglev principle.

本研究提出了一种利用磁悬浮原理对直线电机动推力和垂向力进行完全无接触的测试方法。